SpaceX just ignited the California sky. A Falcon 9 rocket lifted off from Vandenberg Space Force Base on Monday at exactly 7:50 p.m. PDT. The payload carried 25 Starlink V2 Mini satellites into low-Earth orbit.
This mission accelerates a massive ongoing privatization of low-Earth orbit. SpaceX recently surpassed 10,000 active Starlink satellites. The company is aggressively scaling its megaconstellation to deliver global broadband, effectively boxing out international competitors. The sheer volume of hardware is forcing regulators to rethink orbital traffic management.
The timing created a massive visual spectacle. The rocket launched just after sunset. The ground remained in darkness while the vehicle climbed into high-altitude sunlight. The rocket’s exhaust plume caught the light. This created a glowing, jellyfish-like cloud visible across Northern and Central California.
The first-stage booster successfully separated minutes after liftoff. It returned to Earth and landed safely on the droneship “Of Course I Still Love You” stationed in the Pacific Ocean, according to a detailed report of the event.
Vandenberg is currently operating under an exceptionally tight schedule. Defense contractor Northrop Grumman is slated to launch a Minotaur IV rocket carrying U.S. Space Force payloads from the same facility shortly after SpaceX. The launch cadence highlights a frantic global scramble for orbital access, mirroring the urgency seen as Russia’s Soyuz 5 rocket searches for commercial customers in a crowded market.
How the 10,000-Satellite Constellation Threatens Ground-Based Astronomy
SpaceX owns the vast majority of active satellites currently surrounding Earth. This dominance is physically altering the night sky.
The astronomical community is issuing renewed warnings following this latest deployment. Scientists and dark-sky advocates state the rapidly expanding footprint severely degrades the capabilities of ground-based telescopes. The constant stream of highly reflective satellites creates bright streaks across deep-space imaging.
The stakes are increasing. SpaceX is now exploring proposals for orbiting AI data centers. Regulators face mounting pressure to balance the demand for low-latency global internet with the preservation of astronomical observation.